Company/Organization Profile

Shenzhen-Hong Kong Science and Technology Innovation Cooperation Zone Development Co., Ltd. was established in November 2018. It is jointly funded by Shenzhen Investment Holdings Co., Ltd. (a Fortune Global 500 enterprise), Shenye Group and Futian Investment Holdings Co., Ltd., with a registered capital of RMB 10 billion. Positioned as a functional stateowned enterprise serving national science and technology innovation strategies, an allround gateway linking Hong Kong’s parks, and a marketoriented entity dedicated to the development and operation of the zone, the Company takes “Implementing National Strategies, Building a Science and Innovation Highland” as its mission. Upholding the core values of “Vision and Commitment, Openminded Innovation, Professional Efficiency, and Mutual Success”, it strives to become "a worldleading builder of science and technology innovation ecosystems”. By 2030, the Company will complete the highstandard construction of an international collaborative innovation zone, deliver over 1.5 million square metres of highquality R&D space, attract 150,000 researchers, build an ecosystem service system covering the fulllife cycle of scienceand technology innovation, and grow into an influential RMB 100billionlevel enterprise.

As the core flagship project of the Shenzhen Park of the ShenzhenHong Kong Science and Technology Innovation Cooperation Zone, the Hetao Science and Innovation Centre integrates green development concepts throughout the full life cycle of planning, construction and operation. Actively responding to China’s "Dual Carbon” strategy and Shenzhen’s requirements for highquality development of the biomedicine industry, it has carried out systematic practices in environmental protection and ESG (Environmental, Social and Governance) management.

机构简介

深圳深港科技创新合作区发展有限公司成立于2018年11月，由深投控（世界500强）、深业集团和福田投控共同出资组建，注册资本100亿元，定位为服务科技创新战略的功能性国企、对接香港园区的全方位通道、专司片区建设运营的市场化主体。 公司以“践行国家战略、打造科创高地”为使命，秉承“格局担当、开放创新、专业高效、相互成就”的核心价值观，致力成为“全球领先的科技创新生态营造者”。至2030年，公司将高标准建成国际协同创新区，新增150万平方米以上高品质科研空间，聚集15万名科研人员，打造覆盖科技创新全生命周期的生态服务体系，成为有影响力的千亿级企业。

河套科创中心作为深港科技创新合作区深圳园区的核心启动项目，始终将绿色发展理念贯穿于规划、建设与运营的全生命周期。我们积极响应国家“双碳”战略及深圳市关于生物医药产业高质量发展的要求，在环境保护与ESG（环境、社会和治理）管理方面进行了系统性实践。

Project Overview

Current Situation

Hetao Science and Innovation Centre focuses on biomedicine, medical devices and AIdriven drug R&D. Its scientific research activities generate large volumes of laboratory wastewater, acidbase waste gas, biosafety waste and hazardous chemicals, presenting high environmentalmanagement standards and numerous risk points. Covering a large site of approximately 210,000 square metres with denselylocated tenant research teams, the park’s traditional extensive model for energy consumption and "threewaste” management can no longer satisfy both compliance and lowcarbon requirements.

Cause Analysis

Biomedical R&D imposes rigid requirements for classified collection and qualified pipeline discharge of wastewater, centralized purification of waste gas, traceability of hazardous waste, and fulllifecycle management of hazardous chemicals. The "Dual Carbon” strategy and Shenzhen’s requirements for high-quality development of the biomedicine industry further compel the park to pursue systematic upgrades in energy structure, water resource recycling, and smart management.

Improvement Objectives

Guided by ESG-oriented fulllifecycle operation, establish a full-process compliance management system for the "three wastes” and a green low-carbon operation system. Build a benchmark low-carbon park featuring safety & compliance, reduced energy consumption, and highlyefficient water recycling, and deliver a green innovation space that enables research teams to cut costs, boost efficiency, and concentrate on scientific research.

项目背景

【问题现状】河套科创中心聚焦生物医药、医疗器械及AI药物研发，科研活动涉及大量实验废水、酸碱废气、生物安全废弃物及危险化学品，环境管理标准高、风险点多；园区体量大（约21万平方米）、入驻团队密集，传统粗放式能耗与“三废”管理模式难以满足合规与低碳双重要求。

【原因分析】生物医药研发对废水分类收集与达标纳管、废气集中净化、危废可追溯及危化品全生命周期管理提出刚性需求；“双碳”战略与深圳市生物医药产业高质量发展要求，又倒逼园区在能源结构、水资源循环、智慧化管理方面系统性升级。

【改进目标】以ESG理念全生命周期运营为抓手，构建“三废”全过程合规管理体系与绿色低碳运营体系，建成安全合规、能耗更低、水资源高效循环的低碳标杆园区，为科研团队提供“降本增效、专注科研”的绿色创新空间。

Project Implementation

I. Project Overview and EnvironmentalProtection Positioning

Hetao Science and Innovation Centre has a total gross floor area of approximately 210,000 square metres, with a leasable area of around 150,000 square metres, including roughly 120,000 square metres of industrial R&D premises. The park focuses on biomedicine, medical devices and AIdriven drug R&D, industries that impose stringent requirements on environmental management. Accordingly, “green development, safety and high efficiency” have been adopted as core construction principles since project initiation. We are committed to building a leading benchmark green lowcarbon biomedicine industrial park within the GuangdongHong KongMacao Greater Bay Area.

II. EnvironmentalProtection Infrastructure and "ThreeWaste” Management System

To guarantee compliance and safety for research activities conducted by tenant enterprises, we have established sound infrastructure and management mechanisms, with priorities placed on wastewater, waste gas, solid waste (the "three wastes”） and hazardouschemicals management.

(I) Wastewater Treatment

Centralised treatment facilities: The park is equipped with a centralised wastewatertreatment station with an initial processing capacity of 30 tonnes per day, fully meeting current laboratorywastewater treatment demands of resident institutions. Three additional wastewatertreatment plant rooms have been reserved for capacity expansion to accommodate future growth in tenant enterprises.

Pretreatment and pipeline discharge: Enterprises must conduct pretreatment for specialcategory wastewater. Only wastewater meeting discharge standards may feed into the park’s centralised treatment system or municipal sewer network, so as to ensure effluent quality complies with environmentalprotection criteria.

(II) WasteGas Treatment

Dedicated reserved space: An entire floor on the penultimate story (equipment floor) is specially reserved for the installation of laboratory wastegas treatment equipment, precision airconditioning units as well as filtration and adsorption devices, delivering substantial convenience for research institutions.

Independent emission system: Dedicated wastegas exhaust ductwork is built across the park. Independent ventilation systems together with filtrationadsorption units are deployed for wastehouse areas and wastewater collection rooms. This ensures effective collection and treatment of all types of waste gas to achieve safe and standardcompliant discharge.

(Ⅲ) SolidWaste and HazardousChemicals Management

Classified collection and temporary storage: Clearlyzoned waste rooms are available in the park, including a 24 m² biosafety waste room and a 40 m² domesticwaste room to realize classified collection and temporary storage of solid waste.

Specialised outsourced disposal: Longterm partnerships have been established with qualified thirdparty professional organisations such as Shenzhen Environmental Science and Technology Group Co., Ltd. These partners undertake storage and transfer of hazardous chemicals generated by tenants, as well as collection, transportation and disposal of the "three wastes”. Fullprocess legal compliance and traceable ledgers are guaranteed.

Fulllifecycle management of hazardous chemicals: A rigorous fulllifecycle management regime for hazardous chemicals is implemented. Filing requirements stipulated by publicsecurity and emergencyresponse authorities are fulfilled. Measures, including dedicatedwarehouse storage, dualkey duallock control, issuanceandwrite-off registration, and regular safety inspections, are enforced to mitigate environmental and safety risks at the source.

Ⅲ. Green Low-Carbon Operation and ESG Practices

The ESG philosophy is deeply embedded into park operations, yielding notable achievements on the environmental pillar.

(I) Green Building and LowCarbon Operation

The park has obtained the TwoStar Green Building Design Certification and passed acceptance as a pilot low-carbon park.

Tenants are actively encouraged to procure green power to optimise the energy mix. A smart energymanagement system has been deployed to dynamically fine-tune energy consumption of airconditioning, lighting, and other equipment. Overall park energy consumption is 22 % lower compared with conventional parks.

(II) WaterResource Recycling

A "sponge park” system has been constructed with a 45 % permeable pavement ratio for effective rainwater harvesting.

Recovered rainwater and non-traditional water sources account for over 60 % of total water consumption, used for landscape irrigation and garage floor washing. In addition, all sanitary fixtures within the park feature high waterefficiency ratings, delivering annual water savings exceeding 2,000 tonnes.

(Ⅲ) EnvironmentalRisk Prevention and Control

An environmentalrisk emergency response plan tailored to laboratory characteristics is in place. Annual regular laboratorysafety training and emergency drills are organised to enhance staff capability in responding to sudden environmental incidents.

A robust full-process management system governs laboratory "three wastes”. Speciallyassigned personnel oversee every stage from waste generation, collection, and temporary storage through to transfer and disposal, keeping environmental risks wellcontrolled.

IV. Future Work Plan

Going forward, we will further advance the dual-driven strategy of "green initiatives plus technological innovation”：

(I) Exploring near-zerocarbonemission pathways

Building on existing foundations, we will further explore applications of photovoltaic power generation, energy storage, and other technologies, striving to develop a demonstration park with near-zero carbon emissions.

(II) Enhancing smartmanagement capabilities

Upgrade smart energy and environmentalmanagement systems to enable real-time monitoring and refined governance of park-wide carbon emissions, waterresource consumption, and waste generation volumes.

(Ⅲ) Strengthening industrialservice provision and supervision

Continuously optimise environmentalprotection services and guidance for tenant enterprises. Support enterprises in completing environmentalimpact assessments and pollutionantdischarge permit administration, so as to jointly safeguard sound park ecological conditions.

We recognise that environmentalprotection work has no finish line, only a starting point. Under the guidance of environmentalprotection authorities at all levels, Hetao Science and Innovation Centre will press ahead with environmentalprotection work under high standards and strict requirements, contributing to the development of a beautiful Futian and a green Shenzhen.

项目实施

一、项目概况与环保定位

河套科创中心总建筑面积约21万平方米，可租赁面积约15万平方米，其中产业研发用房约12万平方米。园区聚焦生物医药、医疗器械及AI药物研发，这类产业对环境管理提出了高标准要求。因此，我们从立项之初就将“绿色、安全、高效”作为核心建设原则，致力于打造粤港澳大湾区一流的绿色低碳生物医药产业标杆园区。

二、环保基础设施与“三废”管理体系

为确保入驻企业科研活动的合规性与安全性，我们建立了完善的基础设施与管理体系，重点围绕废水、废气、固废（“三废”）及危险化学品管理展开。

（一）废水处理

1. 集中处理设施：园区配备了集中式废水处理站，首期处理能力为30吨/天，完全满足当前入驻机构的实验废水处理需求。同时，预留了3个废水处理机房，可根据未来入驻企业数量的增长进行扩容。

2. 预处理与纳管：对于特殊废水，企业须进行预处理，达标后方可接入园区集中处理系统或市政污水管网，确保出水水质符合环保标准。

（二）废气处理

1. 专项预留空间：我们在项目次顶层（设备层）专门预留了一整层空间，用于安装实验室废气处理设备、精密空调及过滤吸附装置，为科研机构提供了极大的便利。

2. 独立排放系统：园区建有独立的废气排放管道，并对垃圾房、废水收集间等区域设置了独立排风系统及过滤吸附装置，确保各类废气得到有效收集和处理，实现安全达标排放。

（三）固体废物与危险化学品管理

1. 分类收集与暂存：园区设置了分类明确的垃圾房，包括24㎡生物安全垃圾房和40㎡生活垃圾房，实现固废的分类收集与暂存。

2. 专业化委外处理：我们与深圳市环保科技集团股份有限公司等具备资质的第三方专业机构建立了长期合作，由其负责入驻机构产生的危险化学品存储、周转以及“三废”的清运与处置工作，确保全过程合法合规，台账可追溯。

3. 危化品全周期管理：建立了严格的危化品全生命周期管理制度，落实公安及应急部门的备案要求，实行专库储存、双人双锁、领用核销登记及定期安全巡检，从源头防范环境与安全风险。

三、绿色低碳运营与ESG实践

我们将ESG理念深度融入园区运营，在环境维度取得了显著成效。

（一）绿色建筑与低碳运营

1. 园区已获得绿色建筑设计二星认证，并通过了低碳园区试点验收。

2. 我们积极引导入驻企业购买绿电，优化能源结构，搭建了智慧能源管理系统，对空调、照明等设备能耗进行动态优化，使园区整体能耗较传统园区降低了22％。

（二）水资源循环利用

1. 建立了“海绵园区”体系，透水铺装率达45％，有效收集雨水。

2. 雨水回收及非传统水源用于绿化灌溉、车库冲洗等，占比超过总用水量的60%。同时，园区全部采用高用水效率等级的卫生器具，年节水量超过2000吨。

（三）环境风险防控

1. 建立了针对实验室特点的环境风险应急预案，每年定期组织实验室安全培训和应急演练，提升全员应对突发环境事件的能力。

2. 建立了完善的实验室“三废”全过程管理体系，从产生、收集、暂存到转运处置，均有专人负责，确保环境风险可控。

四、未来工作计划

未来，我们将继续深化“绿色＋科技”双轮驱动战略：

（一）探索近零碳排放路径：在现有基础上，进一步探索光伏发电、储能等技术的应用，力争打造近零碳排放示范园区。

（二）提升智慧化管理水平：升级智慧能源与环境管理系统，实现对园区碳排放、水资源消耗、废弃物产生量的实时监测与精细化管理。

（三）强化产业服务与监管：持续优化对入驻企业的环保服务与指导，协助企业做好环境影响评价和排污许可管理，共同维护良好的园区生态环境。

我们深知，环保工作只有起点，没有终点。河套科创中心将继续在各级环保部门的指导下，高标准、严要求地推进各项环保工作，为建设美丽福田、绿色深圳贡献力量。

Project Outcome

Hetao Science and Innovation Centre integrates the ESG philosophy into the fulllifecycle of planning, construction and operation. The project has obtained the TwoStar Green Building Design Certification and passed the acceptance for the lowcarbon park pilot programme. Its smart energy management system cuts overall energy consumption by 22 % compared with conventional parks. The "sponge park” achieves a 45 % permeable pavement ratio, with the utilisation rate of nontraditional water sources standing at no less than 60 %, delivering annual water savings of over 2,000 tonnes and generating quantifiable outcomes in energy conservation, carbon reduction and water saving.

Highlights of Innovation First, institutional innovation. A fullprocess management system for the "three wastes” and a fulllifecycle management regime for hazardous chemicals have been established, featuring dedicatedwarehouse storage with dualkey duallock control and traceable ledgers, to ensure longterm compliant and safe operation. Second, technological innovation. The systematic configuration combining a centralised wastewatertreatment station, dedicated wastegastreatment space on the equipment floor, and smart energy/environmental management delivers a replicable greeninfrastructure model for biomedicine R&D parks. Third, collaborative innovation. Qualified thirdparty professional institutions are engaged for operation, maintenance and waste disposal, enabling multi-party collaboration among the park operator, tenant enterprises and specialised agencies.

Sustainability and Replicability Relevant facilities and regulations have been embedded into the park’s routine operational mechanisms, including reserved capacity expansion for wastewater treatment, continuous iteration of the smart energy system, and regular annual safety training and drills, equipping the park with longterm selfoperation capability. Its model of “green infrastructure + fullprocess compliance management + smart operation” serves as a demonstration template for the lowcarbon transformation of similar biomedicineoriented or R&Dfocused industrial parks.

成果亮点

河套科创中心将ESG理念融入规划、建设、运营全生命周期。项目获绿色建筑设计二星认证、通过低碳园区试点验收；智慧能源管理系统使整体能耗较传统园区降低22%；“海绵园区”透水铺装率达45%，非传统水源利用率不低于60%，年节水超2000吨，形成可量化的节能降碳节水成效。

【创新亮点】一是机制创新——建立“三废”全过程管理体系与危化品全生命周期管理制度（专库双人双锁、台账可追溯），实现合规与安全长效运行；二是技术创新——集中废水处理站+设备层废气处理空间+智慧能源/环境管理的系统化配置，为生物医药研发园区提供可复制的绿色基础设施范式；三是协同创新——联合具备资质的第三方专业机构运维处置，运营方、入驻企业、专业机构多方协同。

【可持续性与可复制性】相关设施与制度已纳入园区常态化运营机制（废水处理预留扩容、智慧能源系统持续迭代、年度安全培训与演练常态化），具备长期自运行能力；其“绿色基础设施+全过程合规管理+智慧运营”模式，可为同类生物医药/研发型产业园区低碳转型提供示范样本。

Project Highlights

Ecological and Environmental Benefits The park’s overall energy consumption is 22 % lower than that of conventional parks, achieved through dynamic optimisation of airconditioning, lighting and other equipment by the smart energy management system (statistical calculation during the operational phase). Non-traditional water sources account for no less than 60 % of water consumption for landscape irrigation, garage and road washing and other purposes, generating annual water savings of over 2,000 tonnes (based on parkoperation statistics from the spongepark system and highefficiency watersaving sanitary fixtures). A chargingpile network has been deployed, raising the proportion of cleanenergy vehicles to 50 % and steadily cutting operational carbonemission intensity.

Social Impacts and Outcomes An open and shared innovation community has been built. To date, the park has served 27 hightech innovation teams and entities and hosted 152 industryuniversityresearch matchmaking events, facilitating the integration of regional science and technology resources. Fullprocess compliance management for the "three wastes” and fulllifecycle control of hazardous chemicals underpin the park’s environmental and biosafety safeguards. It provides researchers with a safe, green and researchfriendly innovation space, forming a replicable model of green governance for R&Doriented industrial parks worthy of demonstration and promotion.

成果影响力

【生态环境效益】园区整体能耗较传统园区降低22%（智慧能源管理系统对空调、照明等动态优化，运营阶段统计核算）；非传统水源用于绿化灌溉、车库及道路冲洗等用量占比不低于60%，年节水量超2000吨（海绵园区体系+高用水效率卫生器具，园区运营期统计）；引入充电桩网络，清洁能源用车占比提升至50%，持续降低运营碳排放强度。

【社会影响效果】打造“开放共享”创新社区，累计服务高新科创团队或单位27家，举办产学研对接活动152场，促进区域科技资源融合；通过“三废”全过程合规管理与危化品全周期管控，筑牢园区环境与生物安全底线，为科研人员提供安全、绿色、宜研的创新空间，形成可示范推广的研发园区绿色治理样本。

Reviews & Honors

As the core carrier of the ShenzhenHong Kong Science and Technology Innovation Cooperation Zone, Hetao Science and Innovation Centre has obtained the TwoStar Green Building Design Certification and passed the acceptance of the lowcarbon park pilot programme, with energysaving concepts embedded from the planning phase. In 2024, Phase I of Hetao Science and Innovation Centre was accredited as one of Shenzhen’s firstbatch of specialised parks for biomedicine and medical devices, earning official recognition for its industrial hosting capacity and greendevelopment performance.

The park operator integrates the ESG philosophy into fulllifecycle operations. Its relevant green lowcarbon and "threewaste” management practices have been included in the consolidated ESG report of Shenzhen Investment Holdings Co., Ltd., and are being further refined as a sustainability showcase for the ShenzhenHong Kong Science and Innovation Corridor. Going forward, the Centre will continue to explore nearzerocarbonemission pathways through the application of technologies such as photovoltaic power generation and energy storage. It will upgrade its smart energy and environmentalmanagement systems to realize real-time monitoring and refined governance of carbonemission levels, waterresource consumption and wastegeneration volumes.

评价与荣誉

河套科创中心作为深港科技创新合作区核心载体，获得绿色建筑设计二星认证并通过低碳园区试点验收，从规划阶段即植入节能基因。2024年，河套科创中心（一期）获认定为深圳市首批生物医药和医疗器械专业园区之一，产业承载与绿色发展能力获官方认可。

园区运营方将ESG理念融入全生命周期运营，将相关绿色低碳与“三废”管理实践纳入深投控企业ESG工作汇总，作为深港科创走廊可持续样本持续深化；未来将继续探索近零碳排放路径（光伏发电、储能等技术应用），升级智慧能源与环境管理系统，实现碳排放、水资源消耗、废弃物产生量的实时监测与精细化管理。